Probabilistic Graphical Models
Research on Bayesian networks and Markov models applied to cybersecurity.
Bayesian and Markov networks, compared
Probabilistic graphical models applied to cyber threat modeling
Project Details
Academic Research
Academic Research – Cybersecurity & Probabilistic Modeling
2016–2018
Mission
PhD Researcher - Probabilistic Graphical Models
Threat Anticipation & System Resilience
Doctoral research (24 months), Paris, France.
Comparison of probabilistic graphical models: evaluation of directed Bayesian approaches versus undirected (Markov) models. Advanced benchmark: implementation and comparison of Bayesian networks and Markov networks for cyber threat modeling. Strategic shift: choice of undirected models to explore their flexibility in complex cybersecurity scenarios. Dynamic exploration: in-depth analysis of Markov networks to detect, anticipate and model emerging cyber risks.
Contexte & Environnement
Applied academic research: at the intersection of security, machine learning and advanced statistics. Cybersecurity challenges: threat anticipation, improved detection and system resilience. Heterogeneous data volumes: network logs, incidents, security alert histories. Data and experimentation: dataset preparation, modeling and evaluation of cybersecurity scenarios.
PhD researcher – 24-month doctoral research
Paris, France – Python, R, TensorFlow, NumPy, Pandas, Matplotlib
Objectifs Cles
Technologies & Infrastructure
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